Electronic Gloves for Finger Rehabilitation Training

Abstract

The invention provides a pair of electronic gloves for finger rehabilitation training. Each electronic glove comprises a glove body, a bending sensor, prompting devices and a control circuit, wherein the bending sensor is arranged at the inner part of the glove body; the prompting devices comprise light-emitting prompters and a sound prompter, and the light-emitting prompters are arranged at the fingertips and the finger backs at the outer part of the glove body; the control circuit is respectively connected with the bending sensor and the prompting devices, the control circuit is used for controlling the light-emitting prompters to send out a light-emitting prompt and / or the sound prompter to send out a sound prompt according to a bending signal, detected by the bending sensor, of the glove body, and the sound prompter is arranged on the circuit board of the control circuit. The pair of electronic gloves disclosed by the invention has the advantages of small size, portability, simplicity in operation and convenience in carrying.

Description

Technical field [0001] The present invention relates to the technical field of new medical devices, in particular to an electronic glove used for finger rehabilitation training. Background technique [0002] In recent years, the proportion of patients with stroke and traumatic brain injury has been increasing. Accompanied by nerve damage such as stroke, patients often lose the motor function of upper or lower limbs. More and more people have begun to study the rehabilitation training process of patients with nerve injury. Biofeedback technology is widely used in rehabilitation training of limb movement disorders. [0003] Biofeedback is the use of electrodes or sensors placed in the body to monitor its own biological change information, and reflect it to the operator through visual, auditory, tactile and other forms, and play the active role of the operator through feedback stimulation. [0004] At present, rehabilitation training devices for finger rehabilitation training mostly us...

AI Technical Summary

Problems solved by technology

[0004] At present, rehabilitation training devices for finger rehabilitation training mostly use external mechanical structures to set the movements of fingers. The mechanical structure is cumbersome, the cost is high, and it lacks flexibility. There are often location and orientation restrictions during use.

The process of rehabilitation training is boring, and it is easy to make patients tired, inattention, and lack of stimulation to arouse patients' interest in training

At present, there is no rehabilitation equipment that can effectively arouse the active training of rehabilitation training patients

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